hermite_product_display_test

hermite_product_display_test, an Octave code which calls hermite_product_display(), which displays an image of a function created by the Cartesian product of two Hermite polynomials, such as f(x,y) = h(3,x) * h(1,y).

Licensing:

The information on this web page is distributed under the MIT license.

Related Data and Programs:

hermite_product_display, an Octave code which displays an image of a function created by the Cartesian product of two Hermite polynomials, such as f(x,y) = h(3,x) * h(1,y).

Source Code:

• hermite_product_display_test.m, calls all the tests;
• hermite_product_display_test.sh, runs all the tests;
• hermite_product_display_test.txt, the output file.

Here we plot all the possible products of orders 0 through 5, using the "hen" polynomial:

• hen_0_0.png, Hen(0,x)*Hen(0,y);
• hen_0_1.png, Hen(0,x)*Hen(1,y);
• hen_0_2.png, Hen(0,x)*Hen(2,y);
• hen_0_3.png, Hen(0,x)*Hen(3,y);
• hen_0_4.png, Hen(0,x)*Hen(4,y);
• hen_0_5.png, Hen(0,x)*Hen(5,y);
• hen_1_1.png, Hen(1,x)*Hen(1,y);
• hen_1_2.png, Hen(1,x)*Hen(2,y);
• hen_1_3.png, Hen(1,x)*Hen(3,y);
• hen_1_4.png, Hen(1,x)*Hen(4,y);
• hen_1_5.png, Hen(1,x)*Hen(5,y);
• hen_2_2.png, Hen(2,x)*Hen(2,y);
• hen_2_3.png, Hen(2,x)*Hen(3,y);
• hen_2_4.png, Hen(2,x)*Hen(4,y);
• hen_2_5.png, Hen(2,x)*Hen(5,y);
• hen_3_3.png, Hen(3,x)*Hen(3,y);
• hen_3_4.png, Hen(3,x)*Hen(4,y);
• hen_3_5.png, Hen(3,x)*Hen(5,y);
• hen_4_4.png, Hen(4,x)*Hen(4,y);
• hen_4_5.png, Hen(4,x)*Hen(5,y);
• hen_5_5.png, Hen(5,x)*Hen(5,y);